Anti-Ultraviolet Radiation Lightweight 2 Meter Long Carbon Fiber Tube

Although Carbon Fiber is predominantly produced from polyacrylonitrile (PAN) and pitch, there is an increasing necessity for alternative, low cost and renewable precursors. Harper has the unique ability to adapt our technology to process nontraditional precursors throughout the entire thermal process. By using nontraditional precursors such as lignin, rayon, polyethylene, and blends, customers have the ability to lower their operating costs and reduce the residence time in the oven.

We have designed our equipment to be able to produce these emerging precursors throughout all line sizes, from research to production scale. To custom engineer a furnace specifically for the customer’s needs we take into consideration the chemistry of the precursor to determine the materials of production. Whether the precursor is unsupported by its weight requires a belt furnace or is a tow, Harper provides solutions for these emerging precursors throughout the full process.

Carbon fiber composites have revolutionized the world with their several highly desirable traits. The high-tech choice in the design of advanced materials and systems, the two most common uses for carbon fiber are in applications where a high strength to weight and high stiffness to weight are required. These include automation robotics, aerospace, military structures, sports equipment, and many others.

A 2-meter carbon fiber tube refers to a cylindrical structural component made from carbon fibers and epoxy resin, with a length of approximately 2 meters (200 centimeters or 78.74 inches). These tubes are widely used in various industries due to their lightweight, high-strength, and corrosion-resistant properties.

The 2-meter carbon fiber tube's properties make it a valuable component across a diverse range of industries, offering high-performance solutions where strength, rigidity, and lightweight properties are vital.

The cost of a 2-meter carbon fiber tube can vary depending on the specific manufacturer, quality, and grade of carbon fiber used. Typically, longer carbon fiber tubes can be more expensive due to the increased material and production costs.